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Abstract
The theoretical analyses of the recent discovery of a new resistance anomaly in Zr–Cu superconducting metallic glasses with dilute magnetic impurities have been made. The resistance peaks are found to occur within 20–60 mK range above the resistive midpoint of the superconducting transition. The influence of Zr concentration on the peak has also been investigated. The results are in good qualitative agreement with the reported experimental findings.
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